For this case we have the following functions:
We must find 
. For definition of composition of functions we have to:
So:
Then, for any value of "x", the composite function has a value of
.
Thus,
cannot be evaluated, it will always be obtained 
ANswer:
For any value of "x", the composite function has a value of
Answer: Peter < 65
Step-by-step explanation: Peter has less than charlie so charlie is more than or/and equal to being solid line underneath or solid line on graph represented by ≥ 65 stays equal to 65 or more which is a<em> correct statement</em> for charlie as charlie cards are<em> increasing </em>at 65 and has 65 and Peter is shown as ≤ 65 but is slightly wrong as we were told in question that 'he has just started collecting' this means it has to be or certainly less than charlie has - Just in diagram is interpreted as a <em>dotted line on graph coordinates</em><em> </em>represented by < 65<em> instead IS LESS THAN 65</em> would be correct way to interprete inequality of<em> Peters relationship value </em>to that of charlie given amount
50% of 70 = 35. If you wanna know how,just ask :D
140.4 since the sides are equal . Iguess . I did not calculate or anything but mentally
Answer:
w = -3/4 or -0.75
there is only one solution
Step-by-step explanation:
